Type-setting machine.



F. MOGLINTOCL MAUHIN llllllllllllllllllllllllllllllllllllll II F. MGCLINTOCK.

TYPE SETTING MACHINE.

APPLICATION FILED SEPT. 7. 1907.

944,498, Y Patented Dec. 28,1909.

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Mgg?" 4 f E Q f l G 5mm/nto@ www0/awo v I E @7L/L4( E. MOOLINTOGK. TYPE SETTING MACHINE.

APPLIQATION FILED SEPT. v, 1907.

,-, i f6 @vih/Leone 4 mwwtoz P. MOGLINTOGK. TYPE SETTING MACHINE.

APPLICATION FILED SEPT. 7, 1907.

944,493. Patented m28, 1909.

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Snom/Lto@ WVM/woo@ I'. MOGLINTOGK. TYPE SETTING MAHINE.

APPLIGATION FILED SEPT. 7, 1907.

Patented Dec. 28, 1909.

. A insertion and exchange of type-cases.

To all whom itmayconcom: I f 'I j {Be it known that I, FRANK'MGCLINTOCL of Grand Junction, county of Mesa, and. vState of Colorado, have invented a new and useful lm'provement vin Type- Setting Ma- ,UNITED sTATEs 4PATENT OFFICE.

'FRANK MccLINTocx, or GRAND JUNo'rroncoLon'an.assuntos "ro 'MnaenNrnaLnn LINoTYPa ooMraNY, n-ooaroaa'rIoN' or NEW YORK.

chinas, of .which the vfollowing-is a: speci- -fication.l v 1. invention. relates to.'rmproveme'ntsi.in-1l type-setting machines, and" particularly to y limprovements applicable to v"that class of ma# f chinos in whichcasesjare' used .containing the' and' from which the type'is removed .by :means of. type-'pluri'` .inter-1 type in Verticalchannels,

gers or ejectors, actuated -throng mediate. mechanism yhy. vfinger-keys in' such a manner that upon the depression of a key,

` the corresponding ejector forces forward 'the along Which-they. are driven bottom typ'e in lthe .corresponding channel.

i of the case, whereupon it falls by rvgravity.' through grooves in an inclined plate into a raceway, Where the types are assembled and by, suit-able.

" mechanism to a'point 'Where they 4are justi- .A iedbyother mechanism, to .be finally ejected y iii-'justified lines upon a receiving galley.,

" dilcrent fontspof type Withoutlevingghis [sealy4 thus giving the ymachine :af "greater range; and secondto'fac1l1tate fthe removal,Iv

. The invention consists in providingtvvo L {sets'gofg 'cases to containdi'iferent fonts ott mechanisms by lmeans of which either of saidtwo sets off'cases 1s quicklyzthro'wn into operative position by' the operator, and of: I nea'nsgby. which 4either one or all the cases are easiIy'remoVed `from or inserted' into i' their-holders on the machine for the pur pose of substituting full .cases for'empty ones, or of changing fontsr The invention Will best be understoodby i reference to the accompanying drawings 1n Figure l is a perspective view of a typesettingmachine with my improvements inf corporated therein, the parts being in operative position. Fig. 2 is arear view ofthe upper portion of the machine, partly .in section on lines 2-2 and 2*-22 Fig. 3, show- `ing one of the type-case holders and some of the operative mechanism, the posltlon 'of the parts corresponding to thatof the parts in Fig. 1. Fig. 3 is a Vertical section 4 npperfporton'o the-machine corresponding [The objects 'of my 'improvements are,`rst, to' 1 9. to .enable the operator to Aset atwill two TYPE-SETTING nacnmn. s

through the --eass-hnder, lyrischen-ao he* Astative"mechanism on line S1-3 .Figs l and 2, the position of the parte correspondingto that ofthe sante `,parts Iin Figs. .l "and 2.-

Fg. 4. is a side-elevation -of the upper* portion' ofthe machine `similarto the view-fig.' 1, battshoiving theparts inthe after'fthe irst..`st'epl'has"-been" ange the font. 1T-ig'.nieta repe-l ,g titionfdfFig. 3,. showing the 'parte' in' .a pol.y

taken l' to sition con'esponding to that of, the?y ,parts 4'in ,Fig. llfiFigs. .6 endl? ,'.arerepetitions of Fi-gs. 'Il 'iancl respectively, showing the parts in an again dile'rent" position, namely, that Whichthey occupy after thejsecond step has been taken to change fonts.. Figa 8 isa repetition .of Fig. @showing the parts Whenthe chang-e 'of Vfontsis 'eifected ,'that is, after the ?third step has beentakenior `that purpose. Fig. 9:':is V'asecjt'onal viw similar to Figf, showing the caseholder tilted preparatory' ,to the removalo'f` the case, and also showing in dotted lines,.'the removal of--one of the cases, 'Fig'. lO'is a perspective View of ,the

Reterring 'tothe'."drawings, represents a. mainframe. 2B B `B are `type-case hold ers', of whichthere are three-invth'rs particu lar machine, each hingedby ears b b and a' horizontalrod b to slides b2, capable ofibe ing moved'inhorizontnl vslots b, rovided speeiacanpn hrremrsrantj gptentedgc, 28,3909, v' ,ppnamm ma september 7,1199?. .seria1No..-vs 91,a4.o. l y 7 position that esI in upright brackets a of the main y ame A,

as particularly shown in Figs. 2,' 3, 7 and 8.-

L, and C are vertically channeled typecases of the form usually employedl in this class of machines, and contained within the case holders B; cases C* being located dicases C. -Thus, for instance, cases C may carry in their channels regular roman letters, While lcases C may carry italics, or the front set of oasesmay carry light face and -the other set bold face type, and so forth.

With the arts in the position .shown in Figs'l, 2 an 3, the front cases C are in opprovided for eac'h type channel in the rear' wal-lof the case directly behind the lowermost type, to admit al horizontal type-plum rectly behind cases Gand containing a font l of 'type different'from that con-tained insion of ger or ejector D, of which there are as many as tliere are channels. The plungers are operated as usual, through intermediate'lnechanisni forming no partofthis invention, byV reeds E, Fig. l, and finger-keys F collect-l ively called the key-board. At the depresal key, the correspondingejector forces the lowermost type from its channel in the lease, after rwhich the typedescends by gravity through a channel in theinclined plate Gr to the raceway H, yvvhere 1t is car-` ried forward by suitable mechanism to'vjoin the line of type that preceded it. Thisline of typeis, at measured intervals, carried farther dov'vn theraceway tothe justifying mechanism I, and thence to vthe receiving galley K. 4

' When 4it is desiredto changev the vfont in -use from that contained in cuseskC to that contained inl cases C', the former are vfirst lifted Within thefcase-h'older from their Vp0- sition shown in Fig.' 3,'to that shown. in Fig.v 5, andjlocked in this position'relatively tov Y the'case-holder. Next, the case-holdercon- 25,

taining `looth cases C and C', is moved kforward, as'shown inA Fig. 7; next, casesl C', whichthus far h ave been locked in an .elevated position relatively to'thecase-holders, are vunlocked and finally loweredupon the edge a? of the main 'frame,;to `occupy the lsaine position that case Cv previously loccuvpled, as shown 1n Fig. 8.

The various lmotions outlined above of the type-cases 1 and case-holders lare Veffected `by the operator throufrh the turning of a crank L, Figs. 1, 4 `an 5mounted upona stud on the main frame Within easyreach of the operator seated in front ofthe keyboard. v Integral with the crank yL isagpi'nion M meshin with gear teeth cut into yart of the circum erenoe of acamdisk N a so mountedon ar'stud on the main frame. The camdisk N has tWo slots n and n', constituting cam surfaces for rollers aand p to roll upon, j V

said rollers being attached to ends of levers l() and P fulcrumed on studs on .the main frame. `The other free `ends of'levers ),P,

- are shaped into racks'o` and p', that mesh with vpinions andl 4r fastened to horizontal shafts Q, an .Y R, journaled ouv/the main frame. As shown particularly in Figs. 2, 3, 5, 7 8 and 9, shaft Q carries threey eccentric vcams g which, upon turning shaft Q, raisel and lower respectively the free ends lof-three levers g2 fulcrumed in the main frame. The

. free ends `of theselever's terminate ingfrollers g3, and are locatedt directly. underneath the` middle of the three caseliolders B, and con-- sequently underneath the type-case Cor C", according to which lis in operative position at the time. Thusin Fig. 3, cases C are 'di-l rectly over the' rollers q?. The other horig zontal shaft R carries pinions 7" rf that mesh with racks cut on vthe underV side of l slides ZF, as shown in Figs. 2, 3,75, 7,8,9r`

in'Figs 8, 7, fand 4.

and 10,` sothat a turning fmotionfofishaft thereto,- as previously stated'. f

The slot r4:tof-,cain-disk'N kis of'such-:a

l shape 1n three sections that 1t v.ivgill, -uponbelng moved from one extreme' end!y to the' other over thekroller o contained in i t, cjause lever O torstrock 1n one dlre'ctlon, sec

ondly, to havea eriod of rest,andl thirdlyand finally, to roc z in theo posite direction. -f

To* the three sections of s ot `wgcorrespondf three sections of. slot nvvhich, heing moved over roller p' thereln contained, causes lever P, to first have afperiod of rest,second ly, to rockin one direction, and thirdly, "to.'jagff1 in have a period'of 'restgl It will be understood-l that u on turning thecrank Loin 'onef lirec--fv tion, or instance, inpthe.'-directionindicated i o v l i l tothe right, as shown 1n F1g.4, caus1ng sha t f by the arrow Fig.. 1,lever1O'Will? swin Q ,to= revolve, and .its` eccentrics qt' to'acton 5 levers g2,-Which in Yturn vvill' raisetypefcases C on rollers, 13 Vwithinthe cas e-holders,",as1v Y l 59o of shaft Q,lever P has been. atf rest. During shown clearly 'in Fig. '5. Duringith'ismotion v the period of rest of shaft Q, follows alrock l i ingkmotion of shaft R, imparted-Lto the llever P ,Whose roller jp istraversed. by the f second section offcamslot. inconsequence [of Which pinions 1" 1 act uponf the racksgof slides 'b2y causing` them, together.' with .the

type-.case yattached to thern,to move forward,

so Vthattype-case sC leave the',rollersgtl and typec'ase s C y take their `r.places,ffallfifafs `s htnvn in Figs. 6.and 7. Theremainingsections (,)fslotsh` and n" will now, respectively [rock lever O vin f .opposite direction", `-`and leave descend vand come to rest uponfedge a2 I urnlng,thejcrank'jL` inftherother ydirect-ion "7' l r reversesallthe motions, lso"thatfthefparte the positions, shown Will successively assume After the first stepj in i L Set` of typecases to theother, that is, after the ltypecases to be. thrown out fof action this raised position within,{thejcasesholdera have been4 raised, `they" must bewlckfedgin" so that the lateral motion'ofthe latter. which v constitutes 'the second step, may safely -be N taken` V.and after-completion' ofthis step, .theV V -set of cases to `he put into'. action must 'be unlocked from their elevated position pre-g-jf Ward and under a ledge c3, integral vithand i elevated to be withdrawn against the action of the spring d* whereby when the Casa/.holder is swung located at the rear up'per edge of the typel rcase C, vwhen ythe latter is raised, as shown in Fig.` 7. This tendency to. swing inwlrd is given to lever 02 by a compression spring c4 locatedbetween the case-holder and the lower arm of the lever. When the parts .are in the position shown in Figs. 2 and 3, that is, when the front set of type-cases is in operation, the upper end of the lever c2 is away from thexledge 03 by ay pin 05 set into the upright 'bracket a of the main frame, which presses the lever cn againstits spring c4.

In changing fonts, the rst. operation is, as has been described, to raise the type-case C. 'Ihe shape of the cam slot a is such that the case will be raised to a somewhat higher position, shown in Fig. 5, than its normal osition, and lowered 'to the latter position )ust after the .second part of the operation, the lateral movement of the caseholder B, has begun. As soon as this movement occurs, however, the lower arm of lever 02 leaves the pin e5, and under the action of spring c4, its upper end enters under the ledge c of the case C, which is thus locked in its elevated position, as shown in Fig. 7 A similar locking device is provided for the rear type-case C Pivoted to the bracket al in the rear of the case-holder is a bell-crank lever d2, one arm of which enters under a ledge da located at about the middle of the rear wall of the type-case C. The lever has a tendency to enter and remain under said ledge d3, holding case C in an elevated position by virtue of anvextension spring (i4. The other arm of lever (Z2 extends rearward and outward under the horizontal shaft R, and is so shaped at its end with a cani surface d5, that when the case-liolder nieves sufficiently outward, this cam surface will ride on shaft It, causing the other lever armV from under the ledge da the case C -is free to descend, as shown in Fig. 7. To facilitate the withdrawal of the lever d from under the ledge d3, the cam slot a is so shaped that the case C" is lifted still farther before it is allowed to descend. y During all the operations thus far described, the case-holder B and the type-cases C and C contained therein, are held perpendicular relatively to the main frame in the following manner: To the bottom and at the rear of the type-cases are hinged L-shaped levers f. and f, one pair for each holder,.in such manner that they rest with their heels against the rear vwall of the holder, and extend their arms rearward at l type-cases in any right. angles. These extending arms of levers f, f', pass under rollers f2, attached to brackets a Iof the main frame. They are unable, by virtue of their heels resting againstl the case-holders, to swing down and thus forni a means of preventing the caseg an upright type case l support for the case,

holders from swinging with their lower held be given,

ends beyond the perpendicular, as their tendency is to do, their centers of gravity being in frontof their pivotal points, there is, of course, forb the same reason, no tendt'o swing in the other direction by grav- The case-holders may, however, be in this other ldirection by Abeing `backward at the top, and thus may each or all of't-hem, an inclined as shown,A in Figs. 9 and 10, for

ity. swung pushed position,

the purpose ofreinoving the cases or insertin-g them. Whe-n a case-holder is so swung out of plumb, it is automatically locked in that position in the following manner. 'Il-lie L-shaped levers the holders are swung out. One of the levers has, at'the free end, a hook engaging its pin e5 of the holder outward, f Vhas an off-set. falling behind its pin e5, thus loc-king the holder from falling back. Before thel case-holder. is swung outward, the crank L is turned so far as to have both. sets of cases C and C in raised position ,within the holders, and consequently1 locked therein by virtue of the levers c"l andl (Z2 engaging respectively the ledges c and d3, as previously explained.

'I`o remove a type-case from the helder when in the inclined position shown in Figs. 9 and 10, the operator places one of his hands at the bottom'opening of the holder,

while the other .lever and with the other hand releases the locking (Z2, the saine are reach underneath and d respectivel be conveniently reached. with To replace the vertical position,

I the L-shapedlever f so `its olf-set clears the pin e5,- uponfiwhich the case-holder swings back into position by gravity, locking itself by the L-shaped levers'passing under rollers f2. After -the case-holder is thus swung back into position, the particular case C or CV wanted, is lowered by turning the crank L, and the machine is again readyto be operated.

The operations described above are very quicklyl` performed, and at no time are the danger of being dropped or their contents in danger of being spilled. Having described my invention, what I claim is:

l. In a type-setting machine, the combination of means for discharging the type, thereover, a tiltable and means for autof and f ride on pins'e5 when.

so as to prevent further movement.

nation of ltype case, type case to In a type-setting machine, the combiA type-delivering mechanism, twoparallel type cases above the same, a sup-y i v allel upright type'cases,

ingsald cases horizontally in. unison, and

. tal direction,

- type-ejectors lift the same `IWithin the support;

nation' of a port for said cases',"a horizontal axis for said support, means for moving said axis horizontally to bring one case or the other over type-delivering.mechanism, and means for raising and lowering'the cases yone-at a time in saidv support. f I L I `5. In a typesetting machine, thecombination oftypefdelivering devices, two parand meansfor movfor raising and loweringv each case lindependently of the other. f 1 i 6. In a type-settingmachine,and in combination with means for delivering type therefrom,

tive cases nl their elevated position'.

- l 7. In a 'type-setting machine, horizontal j .'D 1n `combination :,Withuy two pe ease thereover, an upright hori-A and r means acting beneath 'the case, an

two' upright parallel cases, means', for moving the cases jointly .in a horizon means for liftingfthe cases i individually in. a vertical I direction, ,'-.and 'f means for automatically locking the; respecQ- f parallel uprightl type cases', *a supportiB, open at the lower 'end to rece'i've and kdeliver said cases, 'a horizontalaxis on which said support is mounted, means for movingflsaid axls 1n a horizontal dlrectlon, and means'for lifting and sustaining* the casesV vonematgaV time:

8. Ina type-settingmachine, the combii 5 07 a hor1zontal `ax1sb^for sa1d`support, and a horizontally movable support 2 carrying said axis; I 1 v 9. In la type-settingkmachinethe combif lnation ofan"v upright type case,"az support Bv therefor,

nation of type-ejecting devices, two` parallel thetype cases in a horizontal'direction, an I means for fraismgand"y lowering thezfcses nation of typeQejectin'g mechanism, two parallel type cases above the same,

support to Which'said case-hold means for moving said: support'fhor'izontally, means for lifting the cases, and an'aetnating mechanism common to the last twoinamed devices. t.

11- In a' fypelsettigmachirie,.iii e'oiijbi;

nation with type-ejecting devices, yaninp.-

right t pe case movable'horizontally and I @support or y holder for said'ca'ses a horizontally movable er is jointed,V

type cases above the same, means `formovinjr verticali, a lifting arm= actingbeneatlithe i substantially as shown.y l In, testimony whereof I hereuntosetf yIn handI this seventh an eccentricacting to lift thearm, p

vy v5 day OfAugust, i907, in the presence of two attesting \v1tnersses FRNicMCCLNTociQ;" 

